no
deadlock can only occur when processes access shared memory and the following conditions must be met:
-mutual exclusion
-hold and wait
-no preemption
-circular wait.
As soon as any of the 4 conditions fail,no deadlock.
For example there cannot be circular wait for the case of one process.Who is waiting for who?The single process have access to all the available ressources.
Threads of a single process share the same memory space, code segment, and open files. They also share resources like the process's heap and global variables.
Its possible. A single gene defines a single protein.
Both the single opening of a hydra and the pseudopod of an amoeba are involved in the process of feeding. The hydra uses its single opening to capture and ingest prey, while the amoeba extends its pseudopod to engulf food particles through phagocytosis.
The process of copying a single DNA sequence into RNA, known as transcription, is crucial for protein synthesis in cells. This allows the genetic information stored in DNA to be used by the cell to produce specific proteins necessary for various cellular functions and processes. Additionally, transcription enables cells to regulate gene expression and respond to internal and external signals effectively.
Self-fertilization, also known as self-pollination, is the reproductive process in which fertilization occurs within a single plant. This process involves the transfer of pollen from the male reproductive organs to the female reproductive organs of the same plant.
ans :NO because as we know that for deadlock must have follow one of the given condition. 1. mutual exclusion:here is only single process so that no case of nonsharable resource . 2. hold and wait: here is only single process so that no wait for another process to realease the requested resource. 3. no preemption: single process so that no need to taken force fully. 4.circular wait: in single process no contain the cycle. so that single process never enter into the deadlock state Of course, all of the above can be true if the single process has multiple threads of execution. Those threads can be deadlocked just like processes
No, deadlock occurs when two or more processes are waiting for resources held by each other, leading to a stalemate. In a single process, there is no contention for resources between different processes, so deadlock cannot occur.
Yes, deadlock can be resolved by avoiding the conditions that lead to it, breaking the circular wait, or using deadlock prevention techniques like resource allocation graph, timeouts, or priority-based techniques. In some cases, deadlock can also be prevented by ensuring a single thread holds all resources simultaneously or by using a deadlock detection algorithm to preemptively handle it.
No, You cannot run two BGP process on a Single Router. Yes, it is possible if you use different VRFs
Bokanovsky's process, a fictional concept in Aldous Huxley's novel "Brave New World," is a method of human reproduction involving the splitting of a single fertilized egg into multiple identical embryos. This process is used in the novel to mass-produce individuals with uniform characteristics and to maintain social stability in a dystopian society.
A deadlock is a situation that comes up when multiple threads are being used in a single java program. During thread execution, threads can access any number of methods they want. To ensure that data is consistent during execution, the methods have a property called "synchronized" which prevents multiple threads from accessing a single method. So under this scenario lets take a look at this example: Thread A is currently holding a lock on Method A and needs to execute method B in order to complete. Thread B is currently holding a lock on Method B and needs to execute method A in order to complete. The above is a classic example of deadlock.
The system that execute the one process at the time and the next job when process is completed it is called the single process system
a single loop is a signal
A single number cannot have a product. A product is a sum involving two or more numbers.
A sum is an operation involving two or more numbers. You cannot have a sum of a single number.
The system that execute the one process at the time and the next job when process is completed it is called the single process system
Cytokenesis is the process by which a single cell splits in to two "daughter" cells.